Triple-layer heat exchangers engineered with Insulon® vacuum technology
Optimize temperature control and increase throughput with Insulon® vacuum insulated heat exchangers. These innovative coaxial heat exchangers combine cutting-edge double-walled corrugated hoses with a third layer of vacuum insulation to provide exceptional thermal performance. Designed to enhance energy efficiency, reduce heat loss, and provide superior temperature control, Insulon® heat exchangers are ideal for critical industries requiring precision and reliability. Typically designed as counter-flow systems; also available as parallel flow.
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Applications
Process cooling system
Cryogenic cooling systems for process fluids. Ideal for laboratory settings to serve as alternative to larger chiller-based systems.
Exhaust heat recovery
Heat exchanger functions as recuperator to recover waste heat lost to high temperature exhaust gases.
In-process fluid conditioning
Cables, optic fibers, and other sensitive signal transfer systems looking to minimize thermal noise.
Key Features:
- Triple-Layer Insulation: Double-walled corrugated hoses with a third layer of vacuum insulation for superior heat retention.
- Energy Efficiency: Reduces heat loss and minimizes energy consumption, lowering operational costs.
- Precise Temperature Control: Ideal for industries requiring tight thermal management, such as pharmaceuticals, chemical processing, and food production.
- Compact Design: More efficient and lightweight compared to traditional heat exchangers.
- Extreme Temperature Capabilities: Perfect for both ultra-low and high-temperature applications.
Industries
- Chemical Processing: Ensure precise temperature control in hazardous environments and optimize energy usage.
- Pharmaceuticals & Biotech: Maintain sterile conditions while enhancing efficiency and process integrity.
- Food & Beverage: Improve thermal management in processing, cooling, and heating systems, while ensuring hygienic performance.
- Semiconductor Manufacturing: Meet stringent thermal management requirements to support production consistency.
- Aerospace & Defense: Support mission-critical applications requiring reliable and efficient temperature control in extreme conditions.
- Energy: Nuclear reactors and other energy systems that generate high temperature exhaust with potential for waste heat recovery.
This illustration highlights the two concentric fluid paths, surrounded by a layer of Insulon® vacuum insulation to maximize the heat exchange between the two fluids. This illustration includes KF 50 flanges for the primary media and NPT female ports for the heating/cooling media. Insulon® heat exchangers are available with a wide range of end fitting configurations including compression fittings, adapters, flanges, flares, VCRs, and more.
